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Biological Processing of Pine Logs for Pulp and Paper Production with Phlebiopsis gigantea

机译:纸竹和纸竹的松木生物生产工艺

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摘要

Phlebiopsis gigantea (=Phanerochaete gigantea) is a white rot fungus that rapidly colonizes cut stumps, stems, and branches of pine. Two laboratory and several field studies showed that inoculation of red pine logs, Pinus resinosa, with P. gigantea reduced the pitch content of wood, facilitated bark removal, modified wood cells, and controlled detrimental sapstain. Isolations from inoculated logs revealed up to 100 and 80% colonization of the sapwood by P. gigantea after 8 weeks in the field and 32 days in the laboratory, respectively. Logs colonized by P. gigantea in both the laboratory and field showed a 9 to 71% reduction in pitch content, as well as a significant enhancement of bark removal. Examination with Simons' stain of refined wood fibers from inoculated logs revealed an increase in cell wall porosity. Blue stain fungi that cause dark discoloration of the sapwood were inhibited by inoculation with P. gigantea. These studies demonstrate that biological processing of logs with P. gigantea can result in substantial benefits to the pulp and papermaking process.
机译:Phlebiopsis gigantea(= Phanerochaete gigantea)是一种白色腐烂真菌,可迅速定居在割下的树桩,茎和松树枝上。两项实验室研究和一些现场研究表明,将大松P. gigantea接种赤松原木可降低木材的沥青含量,促进树皮去除,修饰木质细胞并控制有害的七味子。从接种的原木中分离出来,分别在田间8周和实验室32天后,巨大假单胞菌对边材的定殖率高达100%和80%。在实验室和田野中,巨大假单胞菌定殖的原木显示其沥青含量降低了9%至71%,并且显着提高了树皮的去除率。用西蒙斯(Simons)对来自接种原木的精制木纤维染色的检查显示,细胞壁孔隙率增加。接种巨大假单胞菌可抑制引起边材深色变色的蓝色染色真菌。这些研究表明,用巨大假单胞菌对原木进行生物处理可为制浆和造纸过程带来实质性好处。

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